No. The part of the number after the decimal point (if any) is the quotient of the remainder from the original division and the original denominator.
All decimals that are equal to 0.7 are formed by adding some number of zeros at the end, after the '7' . The reason is: Because if you change the '7' to any other digit, or put any digit at all between the decimal point and the '7', or put anything else but a zero in any place after the '7', then you change the value of the decimal, and it's not equal to 0.7 any more.
If you multiply any number by .697 your answer will be 69.7% of the original number.
Integers by definition do not have any decimals, so that is impossible.
Just divide 2 by 5 on any calculator.
A number with nonzero digits after the decimal points is not a whole number, and it isn't equal to any whole number.
To convert any decimal to percent, simply multiply the decimal by 100. Thus, 6.01 × 100 = 601%
2/4 is equal to 1/2 I think you can put 1/2 into any calculator and it will automatically change it into a decimal
Any number plus zero is equal to the original amount.
Oh, what a happy little question! You see, 1.1 is actually the same as 1.10 because the zero at the end doesn't change its value. It's like having a lovely little tree in your painting - whether you have one branch or one branch and zero leaves, it's still just one beautiful tree.
Any number that can be written as a fraction (with a non-zero denominator) is a rational number; in decimal format it will either terminate (possibly with no digits after the decimal point, ie an integer) or end in a repeating sequence of digits. Any number which cannot be written as a fraction (one integer over another) is an irrational number. If I understand your question correctly: A number written as a fraction with a denominator which does not equal zero can be any of a terminating decimal, a recurring decimal or an integer - they are all possible.
To the nearest decimal it must be 6868000000.018 since this is exactly equal to the specified number and any other representation would be different - no matter how small the difference.